349 results about "Health check" patented technology

This invention relates to a system and method to generate a private, auditable, evidentiary quality record of the location-history of an asset or person. This invention addresses ten critical improvements over existing systems that are proposed or used for metering for payment services for tolling roads, parking or pay-as-you-drive insurance, namely, cost-effective location accuracy in harsh signal environments, evidentiary assurance of location estimation, handling of dynamic and stationary positioning in a single device, high-ratio compression for a set of stationary positions in urban canyon, high-ratio compression for a dynamic tracklog in urban canyon, high-ratio compression for a set of asset motion behaviors, a method of remote device health check, including anti-tampering, removal of residual price assignment errors, anonymous use without on-board maps, and a method of deconsolidating payments to multiple payees with multiple payment regimes. This system can be applied to road-pricing, congestion-pricing, metered-by-the-minute parking and pay-as-you-drive insurance, incorporating privacy management, and legal admissibility of the evidentiary record. This same device can also be applied to vehicular fleets, military ordinance, or other location audits for assets whether motorized or not, as might be needed in evidence of contract fulfillment or other forms of non-realtime geofencing audits.

In a system and method for monitoring the integrity of a plurality of endpoint devices in a network, each endpoint device is in communication with a gateway device and transmits a periodic message to this gateway device. When the gateway device fails to receive a periodic message from an endpoint, the gateway device marks the endpoint as in trouble. The next time the gateway device fails to receive a periodic message from the same endpoint, the gateway device marks the endpoint as removed. The gateway is in communication with a central server and sends status update messages to this central server.

A global server load-balancing (GSLB) switch serves as a proxy to an authoritative DNS and communicates with numerous site switches that are coupled to host servers serving specific applications. The GSLB switch receives from site switches operational information regarding host servers within the site switches neighborhood. This operational information includes health check information that is remotely obtained in a distributed manner from remote metric agents at the site switches. When a client program requests a resolution of a host name, the GSLB switch, acting as a proxy of an authoritative DNS, returns one or more ordered IP addresses for the host name. The IP addresses are ordered using metrics, including the health check metric that evaluates these IP addresses based on the health check information communicated to the GSLB switch in a distributed manner by the distributed health check site switches. In one instance, the GSLB switch places the address that is deemed “best” at the top of the list.

A method of collecting health check metrics for a network is provided. The method, at a deep packet inspector on a physical host in a datacenter, receives a copy of a network packet from a load balancer. The packet includes a plurality of layers. Each layer corresponds to a communication protocol in a plurality of communication protocols. The method identifies an application referenced in the packet. The method analyzes the information in one or more layers of the packet to determine metrics for the source application. The method sends the determined metrics to the load balancer.

Methods and systems for fast and reliable network recovery from multiple link failures. In accordance with one example of the method, a master node receives a request from a transit node having a blocked port to open the blocked port for data forwarding, wherein the blocked port is associated with a restored link. The master node starts a health-check timer and transmits a health-check message on its primary port to determine that all failed links of the network are restored. Upon determining that the health-check message is received at its secondary port, the master node transmits a message to each transit node indicating that all failed links are restored. Upon determining that the health-check message is not received at its secondary port before the health-check timer lapsed, the master node transmits a message to the transit node to open the blocked port associated with the restored link for data forwarding.

An information management and communications system for communication between patients and healthcare providers, including an automated interactive patient response system, and apparatus and software to create, configure, and manage the content and structure of the patient response system to provide secure standards-based outpatient health assessment monitoring, to include disease management, medication compliance, wellness program compliance, and general health screening.

It was difficult for previous health management support systems to grasp daily health condition quantitatively through using comprehensive indexes of personal health conditions, optimize advice as healthcare guidance, and show its expected effect in a favorable way. The disclosed method and system implement the following: estimating a predicted period of healthy life expectancy of each person who underwent health screening from health screening report data obtained through the health screening report data entry step, wherein healthy life expectancy prediction data is used that is prepared as basic data for predicting healthy life expectancy from a diversity of health screening report data. The predicted period of healthy life expectancy and related information for each person are displayed by display means or printed out by printing means.

An apparatus and Method for distributed monitoring of endpoint devices using gateway servers is provided. With this apparatus and method, a healthcheck engine is provided on each of the gateway servers having endpoint devices that are to be monitored. The healthcheck engine periodically or continuously sends requests to the endpoint devices that they respond with a hostname transmitted to them. If the endpoint responds, a list of monitored endpoints is updated with a new timestamp indicating the time when the response was received. If a response is not received, a determination is made as to whether one or more time thresholds has been exceeded. If so, a Tivoli Enterprise Console event corresponding to the particular threshold exceeded, is sent to the TEC server.

A wireless gateway architecture integrates support for a plurality of wireless standards and protocols. In accordance with the architecture of the invention, a wireless gateway includes a chassis with an interconnecting backplane for allowing the addition and removal of different modules as they are needed. Each system module (e.g. WAP accelerator, SMS module, Page module, Mobile IP module, TSL/WTSL Accelerator, Multimedia Accelerator) is a fully working product that supports one particular function. A common bearer module supports all wired network interfaces such as Ethernet, ATM, Frame Relay, ISDN and more, as well as all wireless protocols including GSM, GPRS, SMS, Paging and more. A common database stores user and system information. A central manager manages all system modules, communications among them, and regular health check-ups. A wireless gateway preferably further includes a dedicated WAP engine that offloads the WML encoding and decoding functions from the CPU.

The present invention relates to a project assessment method and software featuring processes and tools for the implementation and assessment of large, business critical, and high risk business programs and projects. The method provides a work breakdown structure life cycle; a set of work breakdown structure milestones, selected from health check, monthly status, and certification milestones; assessing each milestone based upon process, delivery, and certification process assessment areas; determining best practices; optional feedback mechanisms; and reports at each step to evaluate and provide structured recommendations regarding the status or execution of a project.

The invention relates to a human-machine interaction technique, in particular to a system achieving autonomous health monitoring by a health examination device and an internet; the system comprises the health examination device, a hand-held apparatus, a terminal apparatus and a cloud service platform; and a user autonomously exams the health by the health examination device, at the same time, the data of the user are transmitted to the cloud service end by the terminal apparatus connected with the Internet to analyze and process, finally, the health information suitable for the user is fed back to the user, so as to achieve the autonomous health management whenever and wherever possible. The autonomous remote health monitoring system provided by invention has the following beneficial effect: users can monitor own health autonomously at any time, the operation method is simple and convenient, and at the same time, the obtained health management information is real-time, efficient and accurate. The autonomous remote health monitoring system is suitable for health monitoring systems.

A method of monitoring a network, in particular a data or telecommunication network, where the network includes a number of units to be monitored, and where relevant states of these units are controlled with respect to functionality, efficiency and/or security by means of provided information elements called managed objects at the monitored units, that reflect states and/or parameters to be monitored, and that are read and/or written by a network management system using network management protocols, is characterized in that at the managed units an additional management object—the health check object—is being implemented, such that almost all relevant states of the respective monitored unit are aggregated into a single value, that can be read by the network management system.

The disclosure relates to systems and methods for managing a wireless powering system for power transfer to electrical devices, providing central management console through a communication network. The wireless powering system comprising at least one wireless power outlet with an integrated communication module and at least one management server and is further operable is further operable to provide location based services when coupled with a software application. The management system, of the current disclosure, is enabling remote health check and maintenance of all of wireless power outlets within the network. Further, the management system allows for complete monitoring of a deployment according to system administrator rights and policy management coupled with command and control functioning to determine allowed/disallowed functionality while transferring powering to an electrical device in a specific venue.

A peripheral electronic device includes a health check application configured to execute automatically upon connection of the peripheral device to a data source, such as a personal computer. The health check application can diagnose problems and if necessary, repair the problems with the peripheral device, the data source, or both. Examples of problems include corrupted data and indications of software, firmware, and hardware failures or impending failures. In some instances, the health check application can provide a warning of an impending failure. The health check application, after initially executing, can be triggered in various ways to scan again for problems. In addition to finding and repairing problems, the health check application can also attend to maintenance.

Connectable, multimedia and multiservice mobile assembly for diagnosis and medical checkups, characterized in that it is composed of a directional rolling base (2) and of a cylindrical hollow body (3) enclosing electrical power supply means (28, 29), identification means (18), computing means and multimedia communication means as well as a facility (39) for disinfecting the hands and in that it is predisposed for its reception and connection to a docking station. This invention is of particular interest to manufacturers of trolleys intended for hospitals and care units.

The present invention is directed to a method and system for providing redundancy and resiliency features to network devices, such as switches and routers, that do not have built-in redundancy and resiliency features. Health-check messages are periodically transmitted over a first link that transmits network data. Upon detecting a failure of the first link, transmission of network data is switched to a second redundant link, while health check messages continue to be periodically transmitted over the first link. Upon detecting that the first link has been restored, transmission of network data is switched to the first link.

A method and system for defining every operation required of a client PC before being authorized to obtain an IP address that will enable the client PC to join a network serviced by specified DHCP servers. Each successful operation generates a value that is stored on a pre-determined location on the client PC's hard drive. A hash is created from all of the stored values, and after being encrypted, the hash is sent to the DHCP server when requesting an IP address. The DHCP server has a hash string indicative of the required status of operations that should be performed by any client PC requesting an IP address to join the network serviced by the DHCP server. If the DHCP's has string does not match with the hash sent by the client PC, then the DHCP server will not provide the requisite IP address to the client PC.

A Node Manager monitors the status of multiple servers. The Node Manager detects server failures, periodically monitors server health status, and performs server maintenance. When the Node Manager detects a server failure, it determines whether or not the server should be restarted. While periodically monitoring servers, the Node Manager may determine how often to trigger a health check, how long to wait for a response, and how to proceed if the server is deemed failed. The Node Manager may be controlled by an Administrative Server directly or by an external administrative agent. An administrative agent may control the Node Manager by interfacing with the Administrative Server. The Node Manager and AS may authenticate each other and encode their communications to each other for increased security.